Grill assembly

ABSTRACT

A container for cooking food is provided. The container includes a pair of grill members, wherein each member has engagement surfaces and wherein the members and their associated engagement surfaces are disposed to nest removably one within the other. The container also includes at least one engagement member for removably engaging the pair of pieces and at least one handle that removably and rotatably inserts into a pair of engagement surfaces at a position opposed to the position of the engagement member, to removably engage each of the pieces and minimize relative movement between them.

CROSS-REFERENCES

The present U.S. Patent Application claims domestic priority under 35 U.S.C. § 120 to U.S. Provisional Patent Application Ser. No. 60/541,666, filed Feb. 5, 2004, attorney docket number TIND.301, the entire contents being incorporated herein by reference in their entirety for all purposes.

BACKGROUND

Outdoor cookers or stoves are a popular way to prepare food away from the kitchen of a home. Conventionally, outdoor cookers or stoves include an open support over a heat source such as a collection of charcoal briquettes or one or more gas burners. The open support, or grill, is commonly constructed of a number of horizontally disposed, parallel elements connected to a frame. The elements of the grill are most often fashioned of relatively thin, cylindrical metal. The diameter of the cylindrical stock material is often substantially smaller than the spacing between cylindrical elements, leaving a fairly open structure upon which the food to be grilled may be placed.

A grilling surface as described above may be sufficient for cooking large foodstuffs or for cooking pieces of food which tend to stay whole during the cooking process. However, the described cooking surface may not be adequate for cooking smaller pieces of food, or for cooking food which flakes apart or breaks into smaller pieces during the cooking process; these smaller pieces of food may easily fall through the cooking surface and be lost to the person doing the cooking. Having to handle and/or turn the food during the cooking process may only exacerbate these problems.

Other grilling assemblies have been described in the prior art which serve to overcome some of the above-described problems. However, earlier grilling assemblies have various shortcomings, including: being made of fine-gauge wire mesh; having integral covers; having handles which are unstable or difficult to utilize; and not providing an enclosed space for containing the food items.

The grill assembly described in the present disclosure overcomes the flaws inherent in the prior art by providing an enclosure which may be used for cooking food of many types while enhancing ease of use and providing a robust design.

SUMMARY

Type Here

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is an isometric view of a grill assembly.

FIG. 2 is an exploded, isometric view of the grill assembly of FIG. 1.

FIG. 3 is a fragmentary, close-up view of the intersection between a handle and the main body of the grill assembly of FIGS. 1 and 2.

FIG. 4 is a side elevation sectional view of the grill assembly of FIGS. 1-3, showing the grill in a closed position and, in phantom, in an open position.

FIG. 5 is an exploded, isometric view of a first alternative embodiment of the grill assembly of FIG. 1.

FIG. 6 is an exploded, isometric view of a second alternative embodiment of the grill assembly of FIG. 1.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

FIG. 1 depicts an exemplary embodiment of a grill assembly 10 used for cooking food over a heat source, designed according to the details of the present disclosure. In a preferred embodiment, grill assembly 10 typically includes one or more handles 12 and a main grill body 14 into which the handles can be removably and rotatably inserted. Alternatively, there may be occasions when it is preferable to make a grill assembly which has its handles non-removably but rotatably attached. This modification may be made without departing from the spirit of the present disclosure. Handles 12 may be used to support main grill body 14 when it is removed from or placed on a heat source. They may also be designed for use in turning over the grill assembly.

Each handle 12 may include a grip 16 and a rod 18. Grip 16 may be shaped in an elongated manner such that it has a proximal end 20 near to the main grill body 14 and a distal end 22 remote from the main grill body 14. In the depicted embodiment, grip 16 has an elongated shape, making it easily grasped by a person's hand, but it may be designed in any shape suitable for holding, without departing from the spirit of the present disclosure. Grip 16 may be made of any suitable material for being grasped by a human hand. For example, material for grip 16 may include, but is not limited to wood, a suitable metal (such as steel), plastic, rubber, silicone, etc. It is preferable that the materials not be conductive to heat or that the configuration of the grip be such that heat is easily dissipated. For example, the handle may be constructed of an open, rigid metallic coil.

Grip 16 may include, near its distal end 22, one or more holes 24 which may be used for attaching a lanyard 26. Holes 24 may be any suitable shape for holding lanyard 26. Lanyard 26 may be used as a support for hanging the removable handles 12 on, for example, a storage hook when they are not in use. Therefore, lanyard 26 may be made of any suitable material that will allow it to perform this function, such as leather, twine, plastic, metal, rubber, nylon, etc.

Grip 16 is normally non-removably attached to a rod 18. Alternatively, the handle could be designed such that the grip and rod are removably attached to each other. Rod 18 may be made of any material suitable for the task of being removably inserted into, and supporting, main grill body 14, such as metal, wood, rubber, plastic, etc. In a preferred embodiment, the design of rod 18 may include one or more protrusions 28 and a rod groove 40 (best seen in FIG. 2) at its circumference. The free end of rod 18 may have a tip 36 suitable for insertion into the main grill body 14, which tip 36 may or may not have a taper 38 (seen more clearly in FIG. 2) to facilitate the ease of its insertion into main grill body 14. For heat resistance, sturdiness, and ease of use, a preferred embodiment of handle 12 may typically include a plastic grip 16 and a metallic rod 18.

Protrusions 28 (see FIG. 2) may be disposed on opposite sides of rod 18, or they may be disposed more closely to one another. Alternatively, there may be only one protrusion on the rod 18 of each handle 12. Although shown in the figures as having a semicircular shape, protrusions 28 may assume a triangular shape, a hemispherical shape, a square shape, etc. Protrusions 28 may serve to prevent the user of the handles from inserting the handles too deeply into the main grill body; preventing deep insertion of the rod may prevent the tip of the rod from contacting the food within the main grill body. Rod groove 40 may be positioned between protrusions 28 and tip 36 such that rod groove 40 may serve as a second, visual indicator of the extent of insertion of handle 12 into main grill body 14. In a preferred embodiment, rod groove 40 may be positioned such that it serves as an indicator that the rod has been inserted into one grill member of the main grill body, but not into the second grill member of the main grill body (i.e., an indicator that the two grill members are not yet removably held together by the handle).

As shown in FIG. 2, main grill body 14 of grill assembly 10 may include both a top grill member 30 and a bottom grill member 32. The top and bottom grill members of main grill body 14 may be sized such that they nest closely one within the other. Although shown as a two-piece construction of a top grill member 30 and a bottom grill member 32, main grill body 14 may include any number of pieces designed to be held together removably.

Top grill member 30 and bottom grill member 32 of main grill body 14 may include engagement surfaces 46 at their peripheries, such that the top and bottom grill members and their associated engagement surfaces define a central enclosure identified at 48. The limits of the central enclosure may be roughly defined as the space bounded by the four corners, in this embodiment, of the top grill member 30 and bottom grill member 32, as shown by dashed lines 50 in FIG. 2. While engagement surfaces 46 may take the form of solid surfaces along the entire periphery of the top and bottom grill members (i.e. “walls” around the periphery), as shown in the present disclosure, the engagement surfaces may in fact be smaller fragments of the larger wall, or even an open grating or mesh. A minimal engagement surface might consist only of the portions of the engagement surfaces (wall fragments) necessary to support insertion bodies at one location and engagement members at an opposed location (both described below). In addition, the main grill body may be designed such that the engagement surfaces (whether in the form of a wall or a fragment thereof) are normally, but not necessarily, at the periphery of the grill members. In some cases it may be advantageous to design a main grill body which has its engagement surfaces at positions other than the peripheries of the grill members.

As is clear from the figures, top grill member 30 and bottom grill member 32 may be constructed so that they have an open grillwork surface, composed of grill slats 52 and grill openings 54. The combination of grill slats 52 and grill openings 54, and their relative sizes, makes it possible to place food in the central enclosure of the grill assembly, and cook it, without the food exiting the container. The relative sizes, spacing, and placement of the grill slats and openings, as shown in the figures, also serve the functional role of preventing the main grill body 14 from warping under conditions of extreme heating. The absence of appreciable warping of the main grill body, even when it is hot, allows the grill assembly to be easily opened and closed before, during, and after the cooking process.

FIG. 2 shows how the various parts of handles 12 and main grill body 14 relate to one another. Shown in phantom outlines 56 are, for example, food items which may be cooked within the central enclosure 48 of main grill body 14. The design of the grill is such that the food items may be held within the main grill body 14 during cooking, yet still be exposed to the heat and/or flame of the cooking device due to the presence of the grill slats 52 and grill openings 54. It is understood that the dashed lines could represent most any food that a user would want to cook on an outdoor grill. For example, a user could cook hamburgers, chicken, steak, vegetables, pork, many types of fish, etc.

FIG. 3 is a close-up view of the insertion point of a handle 12 into an insertion body 34 of the main grill body. One or more insertion bodies 34 may be non-removably attached to one or more engagement surfaces 46 of either the top half or the bottom half of the main grill body. In the figures, for example, the insertion bodies are shown as integral portions of the bottom grill member of the main grill body. Insertion bodies 34 may traverse completely one of the engagement surfaces of one of the grill members and may preferably be oriented toward the exterior of main grill body 14. In FIG. 3 can be seen the insertion body flange 58 resulting from this traverse. Associated with each insertion body 34 is an insertion opening 44 (seen in FIG. 4) with which it is aligned. Insertion opening 44 may reside on the second grill member and it may be designed in such a way as to removably and rotatably receive the rod 18 of handle 12.

Although insertion bodies 34 and insertion openings 44 may be designed as having any one of many different shapes and sizes, in a preferred embodiment they are designed in such a way that they may removably and rotatably receive rod 18 of handle 12. For example, if rod 18 of handle 12 has a circular cross-sectional area of a given size, then it may be preferable for insertion body 34 and insertion opening 44 to have circular cross-sectional areas of a similar size. In a preferred embodiment, rods 18 may be cylindrical in shape, insertion bodies 34 may be tubular in shape, and insertion openings 44 may be circular in shape. When designed with common cross-sectional shapes and sizes, rod 18, insertion body 34 and insertion opening 44 may be removably slid together along insertion axis 42, such that rod 18 of handle 12 resides closely within insertion body 34 and insertion opening 44.

To hold food items in the main grill body, and to prevent opening of the grill assembly when it is moved to or from the cooking surface and/or turned on the cooking surface, it may be preferable to include engagement mechanisms which serve to removably fasten the individual grill members of the main grill body into a useful whole. A preferred embodiment of the present disclosure may typically include two discrete engagement mechanisms: removable handles placed into insertion bodies and insertion openings, and engagement members placed into engagement openings.

Insertion of handles 12 into the closed main grill body 14 may serve to couple the top and bottom grill members together at a first position. Insertion of handle 12 causes rod 18 of the handle to enter insertion body 34 and the insertion opening. Upon full insertion of rod 18, which may be determined by the placement of protrusions 28 along its length, the tip 36 of the rod may impinge upon the central enclosure 48. In so doing, the tip 36 of rod 18 may necessarily traverse the engagement surfaces 46 of both the top grill member 30 and the bottom grill member 32. By traversing an engagement surface of each of the top and bottom grill members of the main grill body, handles 12 serve to restrict relative movement between the two pieces at a first position.

FIG. 4 depicts the relative positions of the top grill member 30 and bottom grill member 32 when the main grill body is in the process of being opened (top grill member 30 shown in phantom) or is completely closed (top grill member 30 shown in solid lines). FIG. 4 also shows the first and second removable engagement mechanisms. As noted, we may consider the removable insertion of handles 12 into insertion bodies 34 and insertion openings 44 may be considered as a first removable engagement mechanism. The coming together of engagement members 60 and their associated engagement openings 62 may be considered as a second removable engagement mechanism. An engagement member 60, its associated engagement opening 62, and their locations relative to the removable handles, are seen most clearly in FIG. 4. Although it may be possible to design the first and second removable engagement mechanisms such that they are on the same side of the main grill body, in a preferred embodiment they are on opposed sides of the main grill body. An exemplary “opposed sides” arrangement of the engagement mechanisms is shown in FIGS. 1-4, though other arrangements are envisioned.

As depicted in FIG. 4, engagement member 60 may take the shape of a projection, or nub, protruding from an engagement surface of the bottom grill member, oriented toward the interior of the main grill body. Associated with engagement member 60 may be an engagement opening 62 on an engagement surface of the top grill member of the main drill body. Engagement opening 62 may be the opening into which the engagement member may removably insert, in the same manner that handles 12 fit within insertion bodies 34 and insertion openings 44. Engagement member 60 and engagement opening 62 necessarily reside on different grill members of the main grill body, though it may not be a requirement for the engagement member to reside on an engagement surface of bottom grill member 32 and engagement opening 34 to reside on an engagement surface of top grill member 30 (as shown in FIG. 4). No matter which grill member of the main grill body the engagement elements reside upon, they may be disposed so that engagement member 60 resides within engagement opening 62 when the top grill member and bottom grill member are removably nested together. The placement of engagement member 60 into engagement opening 62 forms a second mechanism, at a second position, for restricting relative movement between top grill member 30 and bottom grill member 32 of main grill body 14. The combined movement-restricting mechanisms of handles into insertion bodies and openings, and engagement members into engagement openings may serve to securely and removably fasten together the top and bottom grill members of the main grill body. Having the grill assembly be removably fastened into a secure unit allows food being heated therein to be periodically turned over for even cooking, without having to be removed from the central enclosure.

A brief description of the use of a grill assembly designed according to the details of the present disclosure will illuminate how the various parts of the present disclosure come together into a usable whole. The description will refer, for the most part, to various features shown in FIG. 4, though it may be to the reader's use to browse, as well, other figures for clarification.

Beginning with an empty grill assembly, a user may find it in a closed configuration with handles 12 inserted into insertion bodies 34 and insertion openings 44, and engagement members 60 within engagement openings 62, as shown in the solid line depiction of FIG. 4. The two sets of engagement elements may keep the top and bottom grill members stably, yet removably, fastened together. To place a food item within the central enclosure 48, a user may remove the handles 12 from the insertion members 34 and insertion openings 44. This action releases one of the two engagement mechanisms, and allows the two grill members of the main grill body to be further moved apart.

Opening the main grill body is facilitated by using one or both handles to lift the top grill member off the bottom grill member. The rods 18 of handles 12 may be designed to fit into any of the grill openings 54, such that inserting the rods into the openings will allow that grill member to be moved in a direction of the user's choosing. In the embodiment of the present disclosure, the grill member which is moved may need to be moved at an angle; the presence of the second engagement mechanism (preferably including the engagement members and their associated openings) may inhibit direct upward movement of the moved grill member of the main grill body. Moving the grill member by rotating it to an open angle will allow the engagement members 60 to release from the engagement openings 62 in such a way that the two grill members of the main grill body may be completely separated. With the two grill members of the main grill body separated, the food items to be cooked are easily positioned within the central enclosure.

Reversing the above-described opening procedure allows the two grill members of the main grill body to be securely and removably fastened together. Using one or more of the handles to manipulate the positioning of the pieces, the top grill member of the main grill body is placed at an angle relative to the bottom grill member, and the engagement members 60 and engagement openings 62 are placed opposed to each other. Rotating the top grill member 30 down toward the bottom grill member 32 causes insertion of the engagement members into the engagement openings, and simultaneously brings the insertion bodies 34 and their associated insertion openings 44 into close proximity. Finally, inserting the handles 12 into the insertion bodies and through the insertion openings finalizes the engagement process. The two grill members of the main grill body are now securely (but removably) fastened together for use. In the case where insertion openings 44 and engagement openings 62 are of comparable size and placed symmetrically on opposite ends of the top grill member 30, as present in the preferred embodiment of the present disclosure, then top grill member 30 may be reversibly installed relative to bottom grill member 32. This arrangement may be noted when comparing FIG. 2 with FIG. 5 or FIG. 6.

There are other useful characteristics which follow from the grill assembly design described in the present disclosure. One advantage of the depicted embodiment is that the handles, being made is such a way that they are removably inserted into the main grill body, may be removed during the cooking process after the main grill body has been placed upon the cooker. For example, placing the grill assembly in a cooker that has a cover which may be opened and/or closed might inhibit movement of the cover if the handles are present in the insertion bodies. However, removing the handles of the grill assembly after placing the main grill body in the cooker may allow the cover of the cooker to be freely closed and may allow all the generated heat to be maintained within the cooker, speeding the cooking process.

A second benefit of the preferred embodiment of the present disclosure involves the safety of the user. Because the handles of the preferred embodiment are removable, they may be outside of or away from the cooker during the cooking process and may stay cool to the touch. Cool handles may be safer for the user and may obviate the need for the user to grasp them with hot pads or while wearing a heat-resistant hand covering, before moving the grill assembly from one position to another. Avoiding the use of hot pads or hand coverings, on the part of the user, also facilitates the ease of use of the grill assembly and may also make accidents less likely to occur.

Another benefit of the design of the preferred embodiment is the ease with which the grill assembly may be turned over. In order for efficient heating of both sides of a food item to occur, it may be desirable to turn the food partway through the cooking process. Since the grill assembly may sit stably with either of its halves contacting the cooking surface, it is a simple matter to turn the grill assembly over while the food is contained within the central enclosure, instead of opening the main grill body and turning over the food. In addition, the design of the rods of the handles in the present disclosure presents a distinct advantage for turning over the grill assembly. As was noted earlier, in a preferred embodiment of the present disclosure, the rods of the handles, and the insertion bodies and openings into which they insert, may all have circular cross-sectional areas of similar sizes. This means that the handles may rotate freely within the attachment bodies while still performing the function of removably engaging the grill members. If the two handles are grasped in the hands of a user, turning over the grill assembly may be performed without the user needing to either release the handles or alter the user's handhold. This feature may prevent a user from performing a movement which might cause biomechanical strain (such as a user rotating their wrists while holding a heavy object in their hands).

Because the two handles form a stable gripping platform, and because the handles rotate freely in the attachment bodies while still engaging the two halves of the main grill body, turning food by turning over the entire grill assembly becomes an easy, controlled exercise. Due to the design of the preferred embodiment of the present disclosure, it is also possible to turn the grill assembly with one handle only and still maintain the removable engagement of the grill members. For example, a user may insert one handle into the grill assembly and rotate the assembly with another implement that is not the second handle. The second implement may be a spatula, a knife, a fork, or some other appropriate tool.

A further benefit of the design of the preferred embodiment relates to the ability of the grill assembly to maintain its functionality when it is heated. Grill openings 54 may be disposed along the peripheries of the top grill member 30 and bottom grill member 32 to prevent warping of the grill assembly under extremes of heat exposure. Placing grill openings 54 so that they are near, and parallel to, the peripheries of the top and bottom grill members may allow for the center sections of the top and bottom grill members to be structurally isolated from the peripheries of the grill members. This further may allow for heat-induced expansion of the center sections of the top and bottom grill members to occur without causing binding of the top and bottom grill members. Although the described embodiment shows grill openings oriented perpendicular to other grill openings, it is understood that other dispositions of the grill openings may be possible in different applications without departing from the spirit of the present disclosure.

A similar prevention of heat-induced expansion and binding may be obtained by using an alternative construction of the center section of the top grill member 30 and bottom grill member 32. FIG. 5 shows generally, at 100, an alternative embodiment of the grill assembly of the present disclosure, where the components are numbered similarly to the corresponding parts shown in FIGS. 1-4, with the addition of a preceding “1”. As shown in FIG. 5, the center sections of the top and bottom grill members may be constructed of an interwoven wire mesh 168 to allow for thermal expansion while still keeping contained the food items within the grill assembly. Similar to FIG. 5, FIG. 6 shows generally, at 200, another alternative embodiment of the grill assembly of the present disclosure, where the components are numbered similarly to the corresponding parts shown in FIGS. 1-5, with the prefix being a leading “2”. As shown in FIG. 6, the center sections of the top and bottom grill members may be constructed of a series of straight wires 270 to allow for thermal expansion while still keeping contained the food items within the grill assembly.

Although the present invention has been shown and described with reference to the foregoing operational principles and preferred embodiments, it will be apparent to those skilled in the art that various changes in form and detail may be made without departing from the spirit and scope of the invention. The present invention is intended to embrace all such alternatives, modifications and variances that fall within the scope of the appended claims. 

1. A container for cooking food, the container comprising: a pair of grill members, wherein each member has engagement surfaces and wherein the members and their associated engagement surfaces are disposed to nest removably one within the other; at least one engagement member for removably engaging the pair of pieces; and at least one handle that removably and rotatably inserts into a pair of engagement surfaces at a position opposed to the position of the engagement member, to removably engage each of the pieces and minimize relative movement therebetween.
 2. The container of 1, wherein the engagement member comprises at least one of a projection disposed on a first grill member, and wherein the engagement member removably inserts into an engagement opening disposed on a complementary engagement surface of a second grill member.
 3. The container of 1, further comprising a second handle removably and rotatably inserted into the pair of engagement surfaces.
 4. The container of 1, wherein the container is made of steel.
 5. The container of 4, wherein the steel container has evenly spaced, generally symmetric openings formed therein which are of sufficient size to prevent food items from exiting the container during cooking.
 6. The container of 1, where the pieces are planar and rectangular in shape.
 7. The container of 6, where the engagement surfaces form an angle between 80 and 100 degrees at their intersection with the planar rectangular piece.
 8. The container of 1, where the engagement surfaces take the form of a continuous wall.
 9. The container of 1, where the engagement surfaces are at the periphery of the grill members.
 10. The container of 1, where the engagement member takes the form of a cylindrical projection.
 11. A container for cooking food, the container comprising: a first piece of generally planar rectangular dimensions having engagement surfaces of a common vertical orientation, wherein a first engagement surface includes at least one projection disposed in a generally horizontal direction toward the interior of the piece, and wherein a second engagement surface, which opposes the first, includes at least one opening disposed to removably and rotatably receive a handle; a second piece of generally planar rectangular dimensions, having engagement surfaces of a common vertical orientation, wherein the second piece is of sufficient dimensions to removably nest with the first piece and wherein one of the engagement surfaces of the second piece includes a first hole positioned to align with the at least one projection of the first piece and another of the engagement surfaces of the second piece includes a second hole positioned to align with the at least one opening of the first piece and to removably and rotatably receive the handle; a pair of handles capable of being removably inserted into the aligned openings of the first piece and second holes of the second piece; and wherein nesting the second piece inside the first piece to align the at least one projection with the at least one hole and to form an enclosed space, and inserting the pair of handles into the aligned openings of the first piece and second holes of the second piece, causes the pair of handles to traverse the engagement surfaces of the first piece and second piece and removably engage the first and second pieces.
 12. The container of 11, where the engagement surfaces take the form of a continuous wall.
 13. The container of 11, where the engagement surfaces are at the periphery of the grill members.
 14. A container for cooking food, the container comprising: a pair of grill members, wherein each piece has engagement surfaces extending from its periphery and wherein the pair of grill members and their associated engagement surfaces are disposed to nest removably one within the other; a means for removably engaging the pair of pieces; and a means for manipulating the position of the pair of pieces, wherein the means for manipulating is removably attached to the pair of pieces.
 15. The container of 14, wherein the engagement surfaces take the form of a continuous wall.
 16. The container of 14, and a heat source for cooking, with which the container is used.
 17. A steel container for cooking food, the steel container comprising: a first piece of generally planar rectangular dimensions having solid engagement surfaces of a common vertical orientation about its four sides, wherein a first one of the engagement surfaces of the first piece includes two cylindrical projections disposed in a generally horizontal orientation toward the interior of the piece, and wherein a second one of the engagement surfaces of the first piece, located opposite the first engagement surface, includes two tubular projections, each disposed in a generally horizontal orientation toward the exterior of the piece and each capable of removably and rotatably receiving a handle having a circular cross-sectional area, and wherein the first piece has a grillwork surface of generally symmetric, rounded rectangular openings; a second piece of generally planar rectangular dimensions having solid engagement surfaces of a common vertical orientation about its four sides, wherein the second piece is of sufficient dimensions to removably nest with the first piece and wherein a first one of the engagement surfaces of the second piece includes two holes positioned to align with the two cylindrical projections of the first piece and wherein a second one of the engagement surfaces of the second piece, located opposite the first engagement surface of the second piece, includes two holes, positioned to align with the two tubular projections of the first piece and capable of removably and rotatably receiving a handle having a circular cross-sectional area, and wherein the second piece has a grillwork surface of generally symmetric, rounded rectangular openings; a pair of handles, each having a circular cross-sectional area and each capable of being removably and rotatably inserted into an opening consisting of an alignment of a tubular projection of the second engagement surface of the first piece with a hole of the second engagement surface of the second piece; and wherein nesting the second piece with the first piece to form an enclosed space serves to align the two cylindrical projections of the first engagement surface of the first piece with the two holes of the first engagement surface of the second piece, and wherein nesting the second piece with the first piece to form an enclosed space further serves to align the two tubular projections of the second engagement surface of the first piece with the two holes of the second engagement surface of the second piece, and wherein inserting each of the handles into an opening consisting of an alignment of a tubular projection of the second engagement surface of the first piece with a hole of the second engagement surface of the second piece, causes the pair of handles to traverse the second engagement surfaces of the first piece and the second piece and removably engage the first and second pieces.
 18. A container for cooking food, the container comprising: a pair of grill members, wherein each piece has engagement surfaces extending from its periphery and wherein the pair of grill members and their associated engagement surfaces are disposed to nest removably one within the other; and wherein each grill member includes a plurality of openings disposed adjacent the periphery of the grill member to prevent heat-induced binding of the pair of grill members. 